International audienceLitterfall is the first phase of the biogeochemical cycle and returns nutrients to the soil. This paper demonstrates the quantitative distribution of the different components throughout the year in four stands of a beech time sequence. Litterfall increases as the forest evolves and as basal area increases: from 2.1 t/ha/an in the thicket to 4.7 t/ha/an in the mature high forest. Leaves represent 90% of the total litterfall in the young stand and 70% in the oldest stand. The proportion of leaves decreases during forest rotation. Most of the categories are related to the age and basal area, because of the architecture and maturity of the trees. Other factors could explain litterfall dynamics, e.g. human management or ani...
This thesis deals with the impact of soil type on the biogeochemical functioning of a typical forest...
Klaidos ištaisymo nuoroda https://link.springer.com/article/10.1134%2FS1064229317060138This study wa...
Resource allocation to different plant tissues is likely to be affected by high investment into frui...
International audienceLitterfall is the first phase of the biogeochemical cycle and returns nutrient...
Litterfall is the first phase of the biogeochemical cycle and returns nutrients to the soil. This pa...
Litterfall is the first phase of the biogeochemical cycle and returns nutrients to the soil. This pa...
International audienceThe development of temperate deciduous and conifers forests stands usually res...
International audienceThe development of temperate deciduous and conifers forests stands usually res...
Litterfall is a major component of the carbon and nutrient cycles in forest ecosystems. Results of t...
Because of their role in carbon and nutrient exchange, litterfall and leaf area have been increas- i...
Introduction : To increase our understanding of litterfall dynamics in mixed-species forests, season...
The aim of this study was to characterise the aboveground litterfall in a 110−year−old beech stand w...
The aim is to propose a dynamic model of forest growth and biomass suitable to varied ecosystems wit...
Aboveground biomass, litter production and weight loss of litter due to decomposition were monitored...
This thesis deals with the impact of soil type on the biogeochemical functioning of a typical forest...
This thesis deals with the impact of soil type on the biogeochemical functioning of a typical forest...
Klaidos ištaisymo nuoroda https://link.springer.com/article/10.1134%2FS1064229317060138This study wa...
Resource allocation to different plant tissues is likely to be affected by high investment into frui...
International audienceLitterfall is the first phase of the biogeochemical cycle and returns nutrient...
Litterfall is the first phase of the biogeochemical cycle and returns nutrients to the soil. This pa...
Litterfall is the first phase of the biogeochemical cycle and returns nutrients to the soil. This pa...
International audienceThe development of temperate deciduous and conifers forests stands usually res...
International audienceThe development of temperate deciduous and conifers forests stands usually res...
Litterfall is a major component of the carbon and nutrient cycles in forest ecosystems. Results of t...
Because of their role in carbon and nutrient exchange, litterfall and leaf area have been increas- i...
Introduction : To increase our understanding of litterfall dynamics in mixed-species forests, season...
The aim of this study was to characterise the aboveground litterfall in a 110−year−old beech stand w...
The aim is to propose a dynamic model of forest growth and biomass suitable to varied ecosystems wit...
Aboveground biomass, litter production and weight loss of litter due to decomposition were monitored...
This thesis deals with the impact of soil type on the biogeochemical functioning of a typical forest...
This thesis deals with the impact of soil type on the biogeochemical functioning of a typical forest...
Klaidos ištaisymo nuoroda https://link.springer.com/article/10.1134%2FS1064229317060138This study wa...
Resource allocation to different plant tissues is likely to be affected by high investment into frui...